| Name | Title | Contact Details |
|---|
Tabrasa offers automated sales and marketing solutions designed to meet the challenges of todays top mortgage lenders.
MHT`s Inspextor software is an advanced platform that is used to enhance smart building operations and efficiency and is built on Power-over-Ethernet (PoE) structured cabling backbone for maximum reliability and scalability. Our software can power or control virtually any LED lighting fixture on the Market and provides Building Owners and Facility Managers detailed reporting and capabilities to customize their environment. In addition to the energy savings and advanced functionality, Inspextor is less expensive to install and maintain compared to traditional line voltage lighting and controls. Using Inspextor, you can expect a reliable and secure system that will allow you to communicate with other BMS Systems and be ready for whatever the future holds for your building. MHT is a New York based software development and lighting services company. For more than 10 years, MHT has been a leading provider of world-class line voltage products to our valuable clients throughout North and Central America, and Europe. In 2018 MHT introduced its PoE-based software platform, Inspextor, which features AI advanced learning capabilities, an intuitive GUI (graphic user interface) and offers the highest encryption security available. MHT has been granted three (3) U.S. patents on our Inspextor smart building software with several pending. MHT`s 55,000 sq/ft facility, located in New York, has received ETL, UL and ISO 9001:2015 listings and certifications. Our staff of engineers, software developers and lighting designers provide MHT`s clients with the experience necessary to take their lighting project from the drawing board to implementation.
Knivis is a Cumming, GA-based company in the Software and Internet sector.
Your Success is Our Mission
Perceptive Automata is solving what is often described as the hardest of the hard problems for automated driving: human behavior prediction technology for the safe large-scale rollout of highly automated (L2/3) and autonomous (L4/5) vehicles, especially in urban areas.